Ohaus Accessories Shaker Test Tube Rack 25 mm Pivoting

Ohaus Accessories Shaker Test Tube Rack 25 mm Pivoting

The Accessories Shaker Ohaus Test Tube Rack 25 mm Pivoting is a premium stainless-steel rack engineered to securely hold up to 24 test tubes with a 25 mm diameter during shaking, mixing, or incubation. Its pivoting mechanism allows adjustable tube angles, improving aeration and ensuring uniform sample agitation. Constructed from corrosion-resistant stainless steel, this rack delivers long-term durability, excellent stability, and easy maintenance—ideal for laboratories that demand precision, reliability, and consistent performance in every mixing application.

Features

• Holds 24 test tubes sized 25 mm for medium-diameter sample handling

• Pivoting design allows adjustable tube angles for optimized mixing and aeration

• Stainless-steel construction ensures corrosion resistance and long service life

• Stable and vibration-free operation during continuous shaking

• Quick and simple installation on OHAUS shaker platforms

• Low-maintenance, durable accessory suitable for daily laboratory use

Applications

• Suitable for biological, chemical, and clinical laboratories

• Ideal for sample mixing and reagent blending

• Supports incubation and controlled agitation processes

• Ensures consistent and uniform mixing for culture preparation

• Reliable for repetitive laboratory workflows requiring stable tube positioning

Specifications

• Type: Test tube rack

• Capacity: 24 test tubes

• Tube diameter: 25 mm

• Material: Stainless steel

• Dimensions (L × H × W): 12.7 × 12.7 × 27.7 cm (5 × 5 × 10.9 in)

• Compatibility: Fits OHAUS universal and dedicated shaker platforms

• Function: Holds and secures test tubes during shaking, mixing, or incubation

Conclusion

The Ohaus Test Tube Rack 25 mm Pivoting offers precise tube handling, enhanced mixing efficiency, and long-lasting durability. Its adjustable pivoting design and strong stainless-steel construction make it a reliable choice for laboratories that require consistent performance and stable sample agitation in every experiment.